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SUMMARY:Modelling diagnostic data from inertial confinement fusion experim
 ents
DTSTART:20150302T103000
DTSTAMP:20260406T214553Z
UID:8f762e1bdde5c6299e8fc00d97dd0655a667fc9267d265b8e11f3618
CATEGORIES:Conferences - Seminars
DESCRIPTION:Fabian Manke\, Imperial College London\, UK\nAs a major branch
  in the world-wide effort in fusion energy research\, Inertial Confinement
  Fusion in indirect drive has recently made significant progress toward ac
 hieving ignition. One key to the improved control of the capsule implosion
  process is the refined understanding and diagnostic treatment of various 
 interacting instability modes that are still limiting symmetry control and
  thus peak compression.\nIn order to further improve the data-analysis\, e
 .g. from neutron spectra or various imaging techniques\, a continuous effo
 rt is underway to quantify the signatures of dominant failure modes in sim
 ulated implosions in order to determine their relative importance in exper
 imental data. Some of the recent activity and progress in this area is to 
 be presented in the form of post-processing tools characterising these mod
 elled diagnostics. Possible implications for the inference of plasma tempe
 rature and motion will be outlined by considering relations between 0D neu
 tron spectra of multiple sources and full 3D data.
LOCATION:PPB 019
STATUS:CONFIRMED
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